TIG provides accurate control of the welding arc without a consumable electrode. For tube-to-sheet connections, this allows the manufacturer to control the weld profile and fusion around the tube circumference.

Learn how an automatic tube sheet welding machine improves heat exchanger tube sheet welding by increasing TIG welding consistency, controlling heat input, and reducing manual welding challenges.

Struggling with boiler tube welding defects? Manual TIG leads to inconsistent tube to tubesheet joints and costly rework. Learn how orbital welding for boiler tubes and a tube to tubesheet welding machine boost quality, cut scrap, and meet ASME code.

Carbon steel pipe welding with an orbital system offers another approach. By controlling torch movement and welding parameters programmatically, manufacturers can reduce operator variation and achieve more repeatable results.

Choosing the right parameters is essential for stable orbital TIG welding. This guide explains how current, travel speed, and heat input interact during the orbital TIG welding process.

Here's what we've learned about pipe to pipe joint in oil and gas pipeline construction after decades of building equipment for this industry—from the shop floor, not the boardroom.

Typical manual welding operations have a rework rate of around 5%, depending on the complexity of the weld. Modern orbital welding systems, however, provide consistent and repeatable welds, reducing pipe welding rework rates to below 0.37%.

This article explains the main challenges of pipeline field welding and how automatic pipe welding solutions can support more efficient and repeatable pipeline construction.

We've watched the same maintenance mistakes repeat across shops of every size. Here's what we've learned about keeping orbital welding tools running—from the shop floor, not the manual.

Welding stainless steel pipe is fundamentally different from welding carbon steel. The heat stays where you put it. The oxide layer fights you. The purge gas matters more than the arc itself.